Description

Own and execute firmware design activities for power electronic converters, working closely with hardware, controls, and system teams. Architect, develop, and optimize embedded firmware in C/C++ for power electronic converters. Design and implement drivers and application layers using peripherals such as ADC, PWM, GPIO, CAN/CAN-FD, I2C, SPI, EEPROM, and timers. Define firmware state machines, implement closed-loop control algorithms, and design fault handling, protection logic, and communication protocols. Lead hardware‑firmware integration, bring‑up, and validation of power converter platforms.

Perform root cause analysis of firmware‑hardware interaction and closed-loop control issues and drive corrective actions in coordination with control and power teams. Own planning and execution of firmware testing on prototypes, including functional, stress, and corner-case testing. Develop test cases, test plans, and validation procedures for embedded firmware and systems. Contribute to coding standards, best practices, and review processes. Review firmware designs and code of junior engineers. Provide technical guidance and mentorship to team members. Prepare firmware design documents, interface specifications, and release notes.

• Design and develop embedded firmware in C/C++ for power electronic converters.
• Implement drivers and application layers using ADC, PWM, GPIO, CAN/CAN-FD, I2C, SPI, EEPROM, and timers.
• Create firmware state machines, closed-loop control algorithms, fault handling, and communication protocols.
• Lead hardware‑firmware integration, bring‑up, and validation of power converter platforms.
• Conduct root‑cause analysis of firmware‑hardware issues and coordinate corrective actions.
• Plan and execute functional, stress, and corner‑case testing on prototypes.
• Develop test cases, test plans, and validation procedures for embedded systems.
• Define coding standards, perform code reviews, and mentor junior engineers.
• Produce firmware design documents, interface specifications, and release notes.
• Work on high‑power, grid‑connected renewable energy systems.
• Influence firmware architecture and system-level design decisions.
• Collaborate closely with firmware, power electronics, and control teams.

Requirements

Master’s in Power Electronics or B.E. in Electrical Engineering with 5 to 10 years of relevant industry experience. Strong understanding of closed-loop control of power converters and hands‑on experience implementing digital control algorithms on embedded platforms. Experience in safety and reliability coding standards and practices. Conversant with bootloaders and firmware update mechanisms. Hands‑on experience with debug tools (logic analyzers etc). Experience with TI C2000 family microcontrollers is a plus.

• Master’s in Power Electronics or B.E. in Electrical Engineering with 5–10 years of industry experience.
• Strong expertise in closed-loop control of power converters and digital control algorithm implementation.
• Knowledge of safety and reliability coding standards; experience with bootloaders and firmware updates.
• Proficiency with debug tools such as logic analyzers; familiarity with TI C2000 microcontrollers is a plus.

Benefits

Work on high‑power, grid‑connected and renewable energy systems with real‑world deployment. Opportunity to influence firmware architecture, control strategies, and system‑level design decisions. Exposure to the full product lifecycle from concept to production. A collaborative environment with strong interaction between firmware, power electronics, and control teams. Reports to the Director – Electrical Engineering, with a clear technical growth path toward Staff Engineer / Engineering Manager roles.

• Gain exposure to the full product lifecycle from concept to production.
• Clear technical growth path toward Staff Engineer or Engineering Manager roles.

Training + Development

Interview process

Visa Sponsorship

Security clearance